Mandatory National Joint Taxation

Abstract

This thesis provides an in-depth examination of mandatory national group taxation in Denmark, particularly focusing on the treatment of deficits within corporate taxation groups as outline in SEL § 31. The study explores the intricate legislative framework that dictates group taxation, highlighting the significant impacts these laws have on corporate financial strategies and tax compliance. The primary goal is to identify strategies that optimize tax handling within these groups, facilitating a better management of deficits and overall tax burden. The research adopts a legal dogmatic method to analyze and interpret the laws governing group taxation. It examines how these laws have evolved to adapt to the dynamic corporate and economic environments, and how they are practically applied in today´s business context. This approach allows for a detailed exploration of the statutory provisions, providing clarity on their application and implications on corporate entities within Denmark. Additionally, the thesis investigates the economic and operational impacts of group taxation on Danish corporate structures. It assesses both the benefits and challenges posed by the current legislation, exploring how companies navigate the complexities of the tax system to leverage potential advantages. By integrating theoretical discussions with practical examples, the study offers a comprehensive view of how group taxation affects corporate decision-making and financial planning. The thesis examines the role of tax advisors and auditors in enhancing compliance and strategic planning for group taxation, proposing simplifications to make the system more accessible for businesses. It contributes both to academic discussions and practical implementations, offering insights that help improve tax efficiency and compliance. Ultimately, the thesis bridges theory and practice to deepen the understanding of group taxation in Denmark, providing stakeholders with tools to better manage and navigate tax system complexities.